DIP Database of Interacting Proteins 611 Young Drive East; Los Angeles CA 90095; USA http://dip.doe-mbi.ucla.edu/ dip@mbi.ucla.edu Crystal structures of dehydratase domains from the curacin polyketide biosynthetic pathway. Crystal structures of dehydratase domains from the curacin polyketide biosynthetic pathway. Structure (London, England : 1993) 2010 imex curation Akey DL., Razelun JR., Tehranisa J., Sherman DH., Gerwick WH., Smith JL. Only protein-protein interactions ecolx Escherichia coli molecular sieving molecular sieving Gel Filtration Size Exclusion Chromatography Size Exclusion Chromatography Gel Filtration Sizing column predetermined predetermined participant predetermined Akey DL., Razelun JR., Tehranisa J., Sherman DH., Gerwick WH., Smith JL. DIP original experiment: DIP-133866X Structure (London, England : 1993) 2010 IMEx Crystal structures of dehydratase domains from the curacin polyketide biosynthetic pathway. Crystal structures of dehydratase domains from the curacin polyketide biosynthetic pathway. Crystal structures of dehydratase domains from the curacin polyketide biosynthetic pathway. Structure (London, England : 1993) 2010 imex curation Akey DL., Razelun JR., Tehranisa J., Sherman DH., Gerwick WH., Smith JL. Only protein-protein interactions ecolx Escherichia coli x-ray diffraction x-ray crystallography X-ray X-ray x-ray diffraction predetermined predetermined participant predetermined Akey DL., Razelun JR., Tehranisa J., Sherman DH., Gerwick WH., Smith JL. DIP original experiment: DIP-133865X Structure (London, England : 1993) 2010 IMEx Crystal structures of dehydratase domains from the curacin polyketide biosynthetic pathway. Crystal structures of dehydratase domains from the curacin polyketide biosynthetic pathway. Crystal structures of dehydratase domains from the curacin polyketide biosynthetic pathway. Structure (London, England : 1993) 2010 imex curation Akey DL., Razelun JR., Tehranisa J., Sherman DH., Gerwick WH., Smith JL. Only protein-protein interactions ecolx Escherichia coli x-ray diffraction x-ray crystallography X-ray X-ray x-ray diffraction predetermined predetermined participant predetermined Akey DL., Razelun JR., Tehranisa J., Sherman DH., Gerwick WH., Smith JL. DIP original experiment: DIP-133861X Structure (London, England : 1993) 2010 IMEx Crystal structures of dehydratase domains from the curacin polyketide biosynthetic pathway. Crystal structures of dehydratase domains from the curacin polyketide biosynthetic pathway. Crystal structures of dehydratase domains from the curacin polyketide biosynthetic pathway. Structure (London, England : 1993) 2010 imex curation Akey DL., Razelun JR., Tehranisa J., Sherman DH., Gerwick WH., Smith JL. Only protein-protein interactions ecolx Escherichia coli x-ray diffraction x-ray crystallography X-ray X-ray x-ray diffraction predetermined predetermined participant predetermined Akey DL., Razelun JR., Tehranisa J., Sherman DH., Gerwick WH., Smith JL. DIP original experiment: DIP-133859X Structure (London, England : 1993) 2010 IMEx Crystal structures of dehydratase domains from the curacin polyketide biosynthetic pathway. Crystal structures of dehydratase domains from the curacin polyketide biosynthetic pathway. Crystal structures of dehydratase domains from the curacin polyketide biosynthetic pathway. Structure (London, England : 1993) 2010 imex curation Akey DL., Razelun JR., Tehranisa J., Sherman DH., Gerwick WH., Smith JL. Only protein-protein interactions ecolx Escherichia coli molecular sieving molecular sieving Gel Filtration Size Exclusion Chromatography Size Exclusion Chromatography Gel Filtration Sizing column predetermined predetermined participant predetermined Akey DL., Razelun JR., Tehranisa J., Sherman DH., Gerwick WH., Smith JL. DIP original experiment: DIP-133860X Structure (London, England : 1993) 2010 IMEx Crystal structures of dehydratase domains from the curacin polyketide biosynthetic pathway. Crystal structures of dehydratase domains from the curacin polyketide biosynthetic pathway. Crystal structures of dehydratase domains from the curacin polyketide biosynthetic pathway. Structure (London, England : 1993) 2010 imex curation Akey DL., Razelun JR., Tehranisa J., Sherman DH., Gerwick WH., Smith JL. Only protein-protein interactions ecolx Escherichia coli x-ray diffraction x-ray crystallography X-ray X-ray x-ray diffraction predetermined predetermined participant predetermined Akey DL., Razelun JR., Tehranisa J., Sherman DH., Gerwick WH., Smith JL. DIP original experiment: DIP-133863X Structure (London, England : 1993) 2010 IMEx Crystal structures of dehydratase domains from the curacin polyketide biosynthetic pathway. Crystal structures of dehydratase domains from the curacin polyketide biosynthetic pathway. Crystal structures of dehydratase domains from the curacin polyketide biosynthetic pathway. Structure (London, England : 1993) 2010 imex curation Akey DL., Razelun JR., Tehranisa J., Sherman DH., Gerwick WH., Smith JL. Only protein-protein interactions ecolx Escherichia coli molecular sieving molecular sieving Gel Filtration Size Exclusion Chromatography Size Exclusion Chromatography Gel Filtration Sizing column predetermined predetermined participant predetermined Akey DL., Razelun JR., Tehranisa J., Sherman DH., Gerwick WH., Smith JL. DIP original experiment: DIP-133864X Structure (London, England : 1993) 2010 IMEx Crystal structures of dehydratase domains from the curacin polyketide biosynthetic pathway. Crystal structures of dehydratase domains from the curacin polyketide biosynthetic pathway. Crystal structures of dehydratase domains from the curacin polyketide biosynthetic pathway. Structure (London, England : 1993) 2010 imex curation Akey DL., Razelun JR., Tehranisa J., Sherman DH., Gerwick WH., Smith JL. Only protein-protein interactions ecolx Escherichia coli molecular sieving molecular sieving Gel Filtration Size Exclusion Chromatography Size Exclusion Chromatography Gel Filtration Sizing column predetermined predetermined participant predetermined Akey DL., Razelun JR., Tehranisa J., Sherman DH., Gerwick WH., Smith JL. DIP original experiment: DIP-133862X Structure (London, England : 1993) 2010 IMEx Crystal structures of dehydratase domains from the curacin polyketide biosynthetic pathway. q6dne5_9cyan curH protein protein lyngbya majuscula Lyngbya majuscula MLNKFTKKEQILSEKQQIKQLSPLQRAALALKKLETKLNNTLHEPIAIIGMSCRFPGGASSPEKFWQLLQGGSSARSQIPRERWNIEAYYDPDPDAPGKMLTCHGHFVDNVDQFDPEFFGISPREATAMDPQHRLLLEVSWEALEQGGQVLERLEEAAVGVFIGNDGRDYEQLLQQHLQQEPESPLVTYAGTGNALSNAAGRLAYTFGFTGPTVTIDTACSSSLVAIHQACNSLRLGECQMALAGGVKLHLTPNSYIDASKARMICADGQCKTFDISADGFGRGEGCGMVLLKRLSDAQADGDQIVAVIRGSAVNQDGPSSGLTVPNGQSQQRLIKQALAQAQVKPSEISYLEAHGTGTSLGDPIEVNAVVAVLGEDRTPEYPLWMASVKTNIGHLEAAAGVSGLIKVVLSLQHRLLPAHLNLHQPNPKIDWQPWLQVPKQLTPWEVSGHRLAGVSSFGFTGTNAHVVIEEAPSSQKSPQVERERPWNILALSAKNQEALLQLVQSYSQHLERAPEQELVDICFTANTGRLSYIHRLSLVAATKAELQERLKAFGTEEEVTGLVSGVVSGGESPKVAMLFTGQGSQYVGMGRQLYETQPTFRKALEQCAEILQPYLDRHLLEVLYSLEAEESVLEQTAYTQPALFALEYALFQLWQSWGIKPDVVMGHSVGEYVAATVAGVWSLEDGLKLIAARGRLMQQLPSGGEMFSVMASESKVRETLKEMALGEQVAIAAINGPQSIVISGESEAVRAIATNLESETIKTKQLQVSHAFHSPLMEPMLVEWEALANQIAYNQPKIPIISNVTGTTADSSITTAQYWVNHVRQPVRFAQSMEALDKLGSEVFLEVGPKPILLGMGRQCLPEGVGVWLPSLRPGVDAWQQMLLSLGQLYVQGVKVDWLGFDRDYARQKVTLPTYPFQRERYWVEAPKTVVLSGQQVHRLLGNKLELASTGQTIYHQDINLNNHPWIGDHRVYDTPVIPGVSYIAMTLAAVGVPAAVEDINFQQPLFLAESNTTRETQLMLHTADNVGKQFVEVFSRDGAKQEEWQQHASMSVSENPPPPPTLSVDIPALCEQLRPLDTDTLTEIYASISLVYGPMLQAVRQAWIGEETSLLEIEVPKALAFQLAGEPIHPVLIDACTRLTPDLFDFSSDSGVFWAPWRVKEMTLSHPTPSRFYAYVEEPSRVNEQLQTRSYDIQLLDETGQAFGRINGFTVKRAPSQLFLKSLQPDVSNWLYQLQWQPSEVKETVPLATSRMWLLFVPEGVWAEQLTSSLAQLDQQYVVVSPGDDFRYLSEYHYQVCPTQKESFQQLLQKIVEKGVTLQGVVHLWSLLSDSQQLNQAQELVCGSTLHLIQALGEVFDSQVPPLWLVTQGAQCIAAQTTIHVQQSPLWGLGRVIALEHPEFKCHRVDLDPDNASIAEGVEMLLQELLAPDAEDQVAYRQGERHVARLERFVPQSSGEYPQQLRLRAYGTLDNLVLQPQQRRQPERGEVEIQVRAVGLNFRDVLTALGMMQEYTQHLFDSAEQVVFGGECAGVVVAVGSDVEHLQVGDEVVLALAIGCLAHYMTIPADLALPKPQHLSFEAAATLPTAFITAHYGLNYLANLQPGERVLIHSAAGGVGQAAVQLVQNRGAEVFATASPPKWKFLQQQGVEQIMNSRTLEFAEQVQAATEDMGVDVVLNSFNEEYIPQSFQALAHGGRFIEIGKINIWSQSKAQEYRPDVKYEVFDLVEMVREQPELVAQLWSELGTELKTGKLQPLPHQVFELGQVHEAFRYLQQAKHIGKVVVAIPPLREQKKEIQAQGSYLVTGGLGALGLEVSKWLVDKGARHLVLMGRRSPSAEAQIKIAQLEDMGVKVSVQLADVSCSQQVSQMMERIERELPSLRGVIHAAGVLDDGVLQNMSWQQFVKVMLPKVQGTWHLHQLTKDLPLDFFVCFSSMSSLLGNLGQGNYAAANEFMDAVAHYRRSMGLPGLSINWGAWASSGMAASLAGQHQQRLETIGIRAIEPQQGMQALGSLLSQTPSQVGVLPINWSKFVSTLPGGQKMPFLEALISTEPSLTQKSAFREQLEAAAVSERQELLTNHIRSAIAKALGWRDGQKIGMRQPLFDLGLDSLMAVELKNRLESSLETNLSSTLLFDYPTVEALVEYLANDVIPIEFSSNLDEIENLEQEEIDNTFRFQEMSEDEMANILARKLESLEGKKS DIP protein Q6DNE5 original sequence version: 37 q6dne7_9cyan 3-hydroxyacyl-CoA dehydrogenase curF protein protein lyngbya majuscula Lyngbya majuscula MAELNLNRDLGTSNSEVVQLTELGNGVVQITMKDESSRNGFSPSIVEGLRHCFSVVAQNQQYKVVILTGYGNYFSSGASKEYLIRKTRGEVEVLDLSGLILDCEIPIIAAMQGHSFGGGLLLGLYADFVVFSQESVYATNFMKYGFTPVGATSLILREKLGSELAQEMIYTGENYRGKELAERGIPFPVVSRQDVLNYAQQLGQKIAKSPRLSLVALKQHLSADIKAKFPEAIKKELEIHQVTFNQPEIASRIQQEFGETVIPNLIQSTVEQKIPNPQPVQLRIPSYGLLKNLTWMPQERRKPKSTEVEVQIKAVPVNFREVLNVLGIFQEYIKKRYRSGIISAENLTFGVEGVGTVVAVGSDVSQWKVGDEVILAYPGNAFSSFVICSPDDLLAKPSDLSMVEAATIFMSFFTAYYGLHNLAKVQPGERVLIHAASGGAGQAAVQLAQFFGSEVFATTSPHKISVLREQGIKHVMNSRTTEFASEVRELTQGNGVDVIFNSLTHGEYIPKNIDILAPGGRYIEIGRLNIWSHEQVSQRRPDVKYFPFDMSDEFVRDKQFHAKLWDDLALLFESGSLKPLPYKVFPSEDVVEAFRHLQHSKHIGKIVVTMPELYNGVKNSSQQANQESMSHQEELLHQLQSGDISLENAEQLLLGLTDQQILATVPNNGQNKLINTDKTEQILSLLSSGEISLENAQNLLETVDLNSPTKKNLPTAVPNQGQSNQDEAILNQLQSGEVSLEDAEQLLLEIQQKESVTTKSIPDQRITDDIAIIGISCRYPGAKNWKEFWENLKHGVDSVTEPPPGRWEGRSWYHSDPEHPGTACSKYAAFLDDIDKFDPLFFQISPGEAELIEPQQRIFLEEAYHAIEDAGYAPDSLKGKHCGVFVGAASSDYIKFLSNSGFGHHRLVLSGTMLSVLPARIAYFLDLKGPVVAVEAACSSSLVAVHQACESIKRGESEIAIAGGISTMLTPDFQVLSSQFQMVSPEGRCKSFDAEASGIVWGEGCGAILLKRYEQAVQDQDHIYGIIKGTGTNYDGSTNGXSAPSSKSQARLAENIYQQFGINPETISYLEAHGTATPLGDPIEVEAFTEAFSKWTAQKQFCAIGSVKTNIGNAATAAGMSSLIKTILCLKNQKLVPSLHFNQPNPNIDFANSPFYVNTEFKAWEVPTGIPRRAAVNSFGLNGTNAHVVVEEAPIEDNRQTSPVSPQGGKATGNSEDYLENSVHLLTLSAKTETALGEVISSYQNYLKTNPNLRLGDVCYTASTGRTHFTHRLAVVAPNQQELVEKLRQHQEGKKLAGITSGELLNNTTVAKIAFLFTGQGSQYINMGKQLYQQAPTFRQAINQCEEILSSVETFQETSLRNILYPTDKNSSGSSLLGQTAYTQPALFAIEYALFKLWQSWGIEPDVVMGHSVGEYVAATVAGVFSLEDGLKLIAARGSLMQKLPGDGKMLWAMAPESKVLETLKAKDLSEKVAIAAINGPQSIVISGEGKAVEAIATNLESAGITTKPLKVSHAFHSPLMEPMLAEFEAAAKEITYEQPRIPLISNVTGKQVTEQITTAEYWVNHVRQPVQFAQSMKTLYQEGYELFLEIGPKPVLLSMGRQCLPEKIGVWLPSLRPGVEECQQMLSSLGKLYVEGAKVDWIAFEQNYARQKVALPTYPFQRERYWVSSQNGYEQKSYWLKGKEQHPLLGEKINLAGIEDQHRFQSYIGAESPGYLNHHQVFGKVLFPSTGYLEIAASAGKSLFTSQEQVVVSDVDILQSLVIPETEIKTVQTVVSFAENNSYKFEIFSPSEGENQQTPQWVLHAQGKIYTEPTRNSQAKIDLEKYQAECSQAIEIEEHYREYRSKGIDYGSSFQGIKQLWKGQGKALGEMAFPEELTAQLADYQLHPALLDAAFQIVSYAIPHTETDKIYLPVGVEKFKLYRQTISQVWAIAEIRQTNLTANIFLVDNQGTVLVELEGLRVKVTEPVLTQKSAFKEQLKSASVSERQELLTTQISSAIVNILGLRDGQQIERHQPLFDLGLDSLMAVELKNQLESNLGTSFSSTLLFDYPTVESLVEYLANNVIPIDSFSELPTLIPHPEQRYQPFPLNDIQQAYWIGRNQIFDLGNIATHIYIEVDCENLNLESLHQAWRRLIDHHDMLRMVVLADGNQQILEQVPPYEIEILNLSEESPETIASELEQIRNQMSHEVLPTNQWPLFHLRATRLNEQCFRLHASIDMLIFDAWSTYVLFKQWSELYNNPQSSLPATEISFRDYVLAELELKDSPQYLSSQQYWFNRLDNLPPAPEIPQAKVTSAITDPQFNTHTAQLSQSDWQQLKNKASKANLTPSGVLLSAFASVLNYWSKSSKFTLNLTLFNRLPLHPQVNELIGDFTSVILLEVDNSQAVPFISRAQKLQRQLWEDLEHRYISGVEVQRELYRRGRSQPMGVVFTSTLGLKSLADEEVGRGFGLEHFGEVVYSAAQTPQVLLDHIVTEEKGALAFSWHTVEGLFPEGLIEQMFEAYCDLLQQLATSDEPWMETYHQLLPTAQLALQAQVNQTTQSWSEDILHSLFVKQVQVQSEATAVISPQKSLTYGELYQRSHQLGHGLRKLGVKPNQLVAVVMEKGWEQVVAVLGILMSGGAYLPIDPGLPQERQWYLLEQAQVTQVLTQTHLKQSLGWPEGIKCWSVDTEELAEYDPNPLEPVQTSEDLAYVIYTSGSTGLPKGVMIDHRGAINTILDINQRFKVTPSDRVLALAALNFDLSVYDIFGVLGAGGAIVMPPPKAAKDPACWRELIIAHEVTLWNSVPALMQMLVEHLLGTSATAVGDLRVVMLSGDWLPVDLPSKIQSLWSNVQVMSLGGATEASIWSIGYPIEKVGSDWKSIPYGKPLLNQSFYVLNELMEPRPVWVPGQLYIGGVGLAKGYWKNEHKTQASFITHPVTQEPLYKTGDLGRYLPDGNIEFLGREDFQVKINGYRVELGEIEVALKQFPGIKEAIVTAIGESQQSKRLVAYAVFKEKSVISDSSLTDIHQTEDKNEVGQPDQEINCTSEQLRKYLWQKLPEYMVPDDYVILEALPLTANGKVDRKRLPKPQRQTIADTNQNILPQTKTEQQIAAVWTEVLELEEVGIHDNFFAIGGNSLLVIRVHNKLQELLGIELKVVDLFANPTVHFLSQHLTQIGSKELFMETSKTRGDERVKKGTTRKERRNIRKSLRGKK DIP protein Q6DNE7 original sequence version: 40 q6dne2_9cyan curK protein protein lyngbya majuscula Lyngbya majuscula MELSSQTTQLSNQQLLLLKIQQATAKLHEIETAATEPIAVIGIGCRFPGGVDSPETYWKLLQEARDLRTEIPKDRWDVDLYYDSDPDVPNKIYVRQGYFLQQPVDQFEPEFFGISGTEAANMDASQRLLLEVTWEALENAGISPKSLKNTDTGVYVGQMTNDYAVIGTNRPDKLPDFYLGIGSNMGMSAGRIAYILGLQGPTLFLDTSCSSSLVALHLACQSLRSRESNLSLVGGVNLMLAPNTTHVLCKGKALSPDSRCKTFDASADGFARGEGCGIVVLKRLRDALADSDRILALVKGSAINHDGPSSGFTVPNQQAQKKVIHQALNNAKVNPLQISYVECHGTGTSLGDPLEVRALDEVYCQQRTKEQLLFLGAVKSNIGHLEAAAGIAALIKVVLALQHQEIPANLHFNQPNPRINWEQIPVKVPTKAFPWLKGEKPRLAGISGFGMSGTNAHVILEEAPIPVKSKSSRATGGQKQVLKDSKGAKLKREEYLERSLHLLTLSAKTQTALDELVSSYENYLKAHPELGVADICYTANTGRTHFNHKLAVVASNQQELVDKLRQQQEGEEVVGIYSGDLPNNSTVPEIALLFTGQGSQYVNMGRQLYQQAPTFREAINQCEEILSSLETFPNKLLQEILYPADDLSDSSLLDQTAYTQPALFAIEYALFKLWQSWGIKPDVVMGHSVGEYVAATVAGVFSLEAGLKLIAARGSLMQKLPAGGAMVSVMASKSKVLETLKAMSRSEKVAIAAINGPQSIVISGEAEAVEAIATHLESVGIKTKQLQVSHAFHSPLMEPMLAEFEDIANQLTYNQPRIPLISNVTGTKADNNIVTGKYWVNHVRQPVQFVQSMKTLHQEGYELFLEIGPKPILLGMGRQCLPEEMGVWLPSLRPGVDEWQQMLSSLGQLYVQGAKVDWFKFDQNYNREKVILPTYPFQRERYWVETQNGYQPKPYGSTAKNLHPLLGEKLNLARIENQHHFQSYLTAESPAYLSQHQVFNKVLFPATGYLEIAAAVGKNLLTTGEQVVVSDVTIVRGLVIPETDIKTVQTVISTLENNSYKLEIFSTSEGDNQQANQWTLHAEGKIFLDSTTNTKAKIDLEQYQRECSQVIDIQQHYQQFKSRGIDYGNSFQGIKQLWKGQGKALGKIALPEEIAGQATDYQLHPALLDAALQILGHAIGNTETDDKAYLPVGIDKLKQYRQTITQVWAIVEIPENTLKGSIKLVDNQGSLLAEIEGLRVTATTADALLKSLQPDISHWFYQINWQTQPLPSTTPSSATDKWLVFAQDTQLVEALQRKSHESIRVSPGDTYKKLTQQHYQINPTSREQFQQLLAENSGITRIVYLWGVQESESKDNLEIQTVQEQSCATVLHLVQAIINSKPETIPKLWLVTRGTQRVISDSEVINPEYGSLWGLGRVIAQEHPELGCKRLDCDPNLEQTQILDSLVAELLSEDVEDQIAIRQGSRYVARLVQKPQQKPITSADQPVQLKLSEYGVIDNLNWQPMQRKTPLANEVEIEVAAVGLNFRDVLNALGLLKDYYAEHFNITSAEQLTFGFECAGKISAVGEQVSQWQVGDEVIGLLLHDGLSSFITTSVEYVVAKPKQMSFSEAATLPLTFLTAQYGLQHLAKIQPGERVLIHAAAGGVGQAAVQIAQVAGAEIFATASPSKWEFLQSLGIKHIMNSRTLDFAEEIMKRTAGEGVDVVLNSLNGEYIPQSLAVLTPKGRFVEIGKIGIWEKEQVKEKRPDVSYFPFDLQEAVQQQPGLIGQLSEELTQQWNQGKLKALPHKVFPSTEITAAFRYMQQAKHVGKVVVSMPEAQSEPKSITADASYLITGGLGALGLEVAQWMVTQGARNIVLTGRRAPKETAQKIIEELETAGASVSVLLGDVSQREDLAKIFQQIQASLPPLKGVIHSAGVLDDALVQNMSWSQFTKVMAPKVQGTWYLHQLTKDFPLDFFVCFSSIASMLGSPGQSNYAAGNGFMDALAHYRRSMGLPGLSINWGAWASAGMAASLAVQNQQRMESMGLSAIEPERGMQALGSLLSESQSQVGVFPVNWSQFIRQFPGGQKIPFLSDFISQTPSLTQKSAFREELEAALVSDRHELLTTHLRLAIAKTLGWKDTQKIGMRQPLFDLGLDSLTAVELKNRLESSLGTSLSSTLLFDYPTVEALVEYLANDVMPIDFSSHLDQTEKALDEEDVVADGSSQLSDITELSEIELEASVLQEIEALEKLI DIP protein Q6DNE2 original sequence version: 38 q6dne3_9cyan curJ protein protein lyngbya majuscula Lyngbya majuscula MEPTTNKEQLSLSKQMFLALKQAEAKLEMMELAKSEPIAIIGIGCRFPGNANTPESFWQLLANGEDGVREIPPERWNPDYFYHPDPDTPGKMYIRHASLVDQVDQFEPEFFGISPREAHSLDPQQRFLLEVTWEALERAGINPQQLENTHTGVFLGMGQNDYADLGFNQLENISPYDATGNGFCFAAGRLSYFLGLQGPSLAIDTACSASLVAIHEACHSLRRGESNLALAGGVQLILSPHVTTALSKLKALSPDGRCKTFDAAADGYGRGEGCGMVVLKRLSDALKDGDQIWAVIRGSAVNHDGPSSGLTVPNKLAQEQLIQQALKAAKIEPSQVGYVEAHGTGTSLGDPMEVRALGTVFEEGHNQEHPLRIGSVKTNIGHLEAAAGIAGLIKVVLQLQHQKIAPSLNFKHPNPYIDWENLPLEVPTQLTPWSSSSGQRVAGVSSFAISGTNAHIVLEEAPREGNRQPPPVSPQGGKATGNSEDCLERSINLLTLSAKTEIALAELVISYLHYLENHPELELEDVCYTANTGRAHFKHRLAVIAADRKELVEKLHYQETGEQAVGLFSGHASKNPPKIVFLFTGQGSQYVNMGRQLYETQPTFRKALEQCDQILESYLEYRLLEVLYPQNAPSSSSSLLDQTAYTQPALFAIEYALAKLWESWGIKPNAVMGHSVGEYVAATIAGIFSLEDGLKLIAARGRLMQQLPSDGEMVSVMAKKSKVRELITPYTDKVAIAAINGPESVVISGETEAIAAIVNQLESEGVKTKRLQVSHAFHSPLMEPVLAEFEAVANQVTYHQPKIPLISNVTGKKVDNGIATANYWVNHIRQTVKFAASMETLHQQGLEIFLEIGAKPILLGMGHQCLPEGVGVWLPSLRPAVDEWQQILSTLGQLYVHGVQVNWSEFDRDYNHQKVVLPTYPFQRKRYWVETTNDWDGKTISTTKLHPLINQKFQSPLSKEIFFESYFSTENLPFLADHIVYEQVVVPGASHISLLLAAASLTFAATECQIEDILFPQALAIPEQGVRTVQVVLTPQNNSFSFQVISFDDSLESQINQVSNNGSHISDWAVHATGKLSVANAEQSLIPLEEIQARCSQKIDSAEIYQHLWDRQIHLGQSFRWIEQVWLGEGEVLCQMKVPKTILNTTKYQLHPTLVDSCFQSIIALVLDQSGNKNETFVPFSIDKFTFYNSSDNDLLWCYTCGSKDKQSGEKFKADIQLFDQHGQLVAQVIGFEGRKANPKILLMTLGSDLSNWLYEVEWRTKGLLGRLLPPDFLLDPVEVSQQLAPSLTELVTLLDNARTSEIGTQLEELSVDYIVQGLLQMGWSYQPTESFDLDAAAQCLGVVPTQVRLFERLLQILAEVGILQSNQQQWQVQKTAQKVNPSKQSQSLLSQYPDEAATLTLLERCASQLSGVLRGEIDPVQLVFPQGDLTTATQLYKDSAVAKVMNTIVEKVIMKAMEKLPPSRGIRLLEIGAGTGGTTSYILPHLNPNQTEYIFTDIGALFTSKAQEKFQDYRFLGYQTLDIEVDPSSQGFESHRYDVIIAANVLHATTSLKQTLSHVRQLLAPGGILVLYEATTRSRWVDLIFGLLEGWWKFTDYELRPDYPLLNREQWKKVLSETGFTQVVTLPEVEGMAEALSQQTVIVAQAASTKLEPTKETPKGWLILADQQGIAQQLASQLHSEGDVCTLVFWGENYQQIAPGEFTINPDNFSEFEQLIETVNAKSPSLSGVVQCWTTEAGVINNINSEELKNLSKLGCGTTLSLVQALVKAGLSQPPQLWLVTCGAQPVPSSYPVIPGLAQSSLWGMGKVISLEHPELNCVRIDLDPHQTIKKQADVLFKEIWSKDQEDQVAWRGDGRYVARLVASHHQQTDATTEQSLSFREDSTYLITGGMGGLGLLVARWMVDKGAKHLVLLGRRAPDDAANQKLTELEMAGAQVVVEKADVSDVESITRVLYKIEHSKIPLAGVIHAAGMLSDGVLQNQSWSSFEQVMAPKVQGAWHLHQFTQNQPLDFFVLFSSAASLLGSPGQGNHSAANGFLDGLAHYRRGIGLPGLSIHWGAVAQVGEAAERGADVRGQQQGMGALSPTQVLESLELLMSSTAKAQENNLSDIEVGVVPIEWSAWQERVAQWPFFTDWQETIQTTSEISKSEFLLKLEATAPSKRRSLLLAHVRRQLALVLGINHPESISLETGFFDLGMDSLTSVEFRNKLQTSFDCSLPSTIAFEYANIESLTDYLENKVILSSNSTAASEAETLDDMVDEGSLESELSESLAAEINQLSEDEMDLAVSQAVSQLDQLL DIP protein Q6DNE3 original sequence version: 36 curh-1 8 9 unspecified role unspecified role unspecified role unspecified role Dehydratase domain Region 929-1223 binding region binding-associated region binding region certain certain sequence position certain certain certain sequence position certain ecolx Escherichia coli direct interaction direct interaction curf-1 4 10 unspecified role unspecified role unspecified role unspecified role Dehydratase domain Region 1687-1968 binding region binding-associated region binding region certain certain sequence position certain certain certain sequence position certain ecolx Escherichia coli direct interaction direct interaction curj-1 6 12 unspecified role unspecified role unspecified role unspecified role Dehydratase domain Region 936-1244 binding region binding-associated region binding region certain certain sequence position certain certain certain sequence position certain ecolx Escherichia coli direct interaction direct interaction curf-2 5 10 unspecified role unspecified role unspecified role unspecified role Dehydratase domain Region 1687-1968 binding region binding-associated region binding region certain certain sequence position certain certain certain sequence position certain ecolx Escherichia coli direct interaction direct interaction curk-1 1 11 unspecified role unspecified role unspecified role unspecified role Dehydratase domain Region 958-1250 binding region binding-associated region binding region certain certain sequence position certain certain certain sequence position certain ecolx Escherichia coli direct interaction direct interaction curj-2 7 12 unspecified role unspecified role unspecified role unspecified role Dehydratase domain Region 936-1244 binding region binding-associated region binding region certain certain sequence position certain certain certain sequence position certain ecolx Escherichia coli direct interaction direct interaction curh-2 3 9 unspecified role unspecified role unspecified role unspecified role Dehydratase domain Region 929-1223 binding region binding-associated region binding region certain certain sequence position certain certain certain sequence position certain ecolx Escherichia coli direct interaction direct interaction curk-2 2 11 unspecified role unspecified role unspecified role unspecified role Dehydratase domain Region 958-1250 binding region binding-associated region binding region certain certain sequence position certain certain certain sequence position certain ecolx Escherichia coli direct interaction direct interaction